Silicon Trust & Provenance Engineering
Trust anchors, provenance chains, and anti-tamper posture engineered for the systems you name — not assessed, engineered.
Operational Friction & Multipolar Mandate
Why traditional ad-hoc approaches fail at scale, and the precision protocol deployed to resolve it.
Why this engagement exists
Trust and provenance are usually assessed, then left as findings. Programs that must actually operate trusted hardware need the trust anchors, provenance chains, and anti-tamper posture engineered into the systems — not a report describing what is missing.
- ✕Trust assessments produce findings but no engineering path to close them.
- ✕Provenance chains are asserted by vendors but never verified end to end.
- ✕Anti-tamper posture is a requirements line, not an engineered reality.
- ✕Assurance cases cannot be produced because the trust architecture was never built.
Engineered scope & execution
We engineer the trust posture for the systems you nominate: trust anchors designed and verified, provenance chains established end to end, and anti-tamper posture implemented against the regimes that bind you. Each system is a SiliconAIR unit; the engagement is the engineering around them.
- ✓System nomination and trust-requirement scoping
- ✓Trust anchor design and verification
- ✓Provenance chain engineering end to end
- ✓Anti-tamper posture implementation
- ✓Assurance case assembly for the engineered systems
What You Take Away
Every deliverable is named, structured, and tied to an immutable operational outcome. Nothing ships as a slide deck with no longevity.
Engineered trust architecture
Trust anchors designed and verified for each nominated system.
The systems carry engineered trust, not assessed findings.
Verified provenance chains
End-to-end provenance established and verified for the systems in scope.
Provenance is a verified fact, not a vendor assertion.
Anti-tamper posture
Anti-tamper posture implemented against the regimes that bind the systems.
Tamper resistance is an engineered property of the systems.
Assurance case
The assurance case assembled for the engineered systems, ready for review.
Assurance questions are answered from the engineered reality.
How This Engagement Runs
Structured gates from initial telemetry and baseline ingestion to verified exit capabilities.
Nominate and scope
The systems and their trust requirements are scoped. Each system is a SiliconAIR unit; the engineering scope follows.
Design trust anchors
Trust anchors designed and verified for each system against the regimes that bind it.
Establish provenance
Provenance chains established end to end; anti-tamper posture implemented.
Assemble the assurance case
The assurance case is assembled for the engineered systems, closed with a readout.
Interactive Pricing Studio & Scope Engine
Our pricing is engineered, not asserted. Configure your organization profile and estate parameters to see the exact real-time cost breakdown.
Configure Your Parameters
The fee moves on three objective multipliers—Sensitivity, Involvement, and Org Type. Each factor reflects real operational handling and operator time.
Sensitivity
×0.90 – ×1.30 on the engagement feeSensitivity sets the handling envelope around the whole engagement: how data moves, where evidence lives, who can touch it, and what containment we must maintain. Higher sensitivity means cleared handling, segregated evidence, and slower, more deliberate operations — real cost that a flat fee would hide.
Involvement
×0.85 – ×1.35 on the engagement feeInvolvement is how much Multipolar operator time is on the hook. Counsel at checkpoints is a different commitment than embedded delivery inside your team, your systems, and your cadence. The multiplier tracks senior hours actually committed — not a markup.
Organization type
×0.85 – ×1.25 on the engagement feeThe same technical work lands differently depending on who is buying it. Federal and defense engagements carry procurement, compliance, security review, and stakeholder alignment that a mid-market engagement does not. The multiplier prices the coordination and accountability surface, not the analysis.
Frequently Asked Questions
Specific intelligence regarding security clearance, deliverable ownership, platform telemetry, and execution cadence.
No. Hardware Trust Assessment scores posture; this engagement engineers it. If you need to know where you stand first, start with Hardware Trust.
Have unique mission constraints?
Our engineering leadership reviews technical architectures and custom scoping directly under NDA.
Ask an Operator →Adjacent & Next-Stage Engagements
Expand into ongoing retainer coverage, organizational digital twins, or hardware trust specifications.
Ready to Brief Us on the Silicon Trust & Provenance Engineering?
We select our client engagements carefully and confirm technical scope, operator capacity, and final pricing directly in the initial briefing.